A local existence result for system of viscoelasticity with physical viscosity

Abstract

We prove the local in time existence of the classical solutions to the system of equations of isothermal viscoelasticity with clamped boundary conditions. We deal with a general form of viscous stress tensor $\mathcal{Z}(F,\dot{F})$, assuming a Korn-type condition on its derivative $D_{\dot{F}}\mathcal{Z}(F,\dot{F})$. This condition is compatible with the balance of angular momentum, frame invariance and the Claussius-Duhem inequality. We give examples of linear and nonlinear (in $\dot{F}$) tensors $\mathcal{Z}$ satisfying these required conditions.